<r Pars Sectmda. 61
MOTVS MEDII in Annis expanfis et collectis.
Anni
MARTIS ab
TEquinoctio.
Aphelii d” ab f
TEquinoctio. j
Nodi o” ab \
TEquinoctio.
Anni
MARTIS at
Aiquinoctio.
Aphelii d* ab
/Equmoctio.
Nodid* ab
/Equinoctio.
Sig.Gr. "•
Sig.Gr. v " 1
Sig.Gr. < "
Sig.Gr. ' "
Sig.Gr. ’ r "
Sig.Gr. ' "
1
2
6.11.17. 8
0.22.34.17
0. 0. i. 7
2.14
0. o, 0.40
1.20
61
62
5- .6.17.15
U.17.34.23
0. i. 8- 4
9.11
0. 0.40.25
41.14
Biff. 4
7. 3.51.24
1.15.40. c
3.21
4.28
2. O
240
63
B 64
5,28.5I.3I
O.IO.40. 6
10.18
11,25
41.44
42.24
5
6
7.26.57. 9
2. 8-14.18
W
6.42
3.19
3-59
65
66
6,21.57.15
I, 3.14.23
12.32
13.39
43. 4
43-43
7
B 8
8.IJM 1.27
3. 1.20. 1
7-49
8.5<5
4-39
5.I9
67
B 68
7.I4.3I.32
I.26.20. 7
14.46
15-53
44- 23
45- 3
9
IO
9.12.37. 9
3-23.54.18
10. 3
I I.IO
5-58
6.38
69
70
8- 7-37-I6
2.18.54.23
17. 0
18- 7
45-43
46.22
ll
B 12
10. 5.11.27
4.17. 0. I
12.16
13.23
7.18
7-58
71
B 72
9. 0.11.32
3.12. 0. 7
20,20
47. 2
47-42
13
14
10.28.17.10
5. 9.34.18
14.30'
15-371
8-37
9.17
73
74
9.23.17.16
4. 4.34.24
21.27
22.34
48.22
49- J
B 16
I 1.20.51.27
6. 2.40. 2
16.44
I7.5i|
9*57
10.3 61
75
B 76
10.15.51.32
4.27.40. 7
23.41
24.48!
49.41
50,21
17
18
0.13.57.10
6.25.14.19
18-58!
‘20. 5|
11.16
11.56
77
78
n. 8-57-17
5.20.14.25
•25-55!
27. 2j
51. 3
51.40
„ 19
B 20
I. 6.31.28
7.18.20. 2
21.12
22.19
12.36
13.15
79
B 80
0. 1.31-33
6.13.20. 8
28. 9
29.16
52.20
53. 0
21
22
1.29.37.I I
8.10.54.19
23.26
24.33
13-55
14.3 5
81
82
0.24.37.17
7- 5-54.25
30.23
31.30
53.40
54-19
z 3
B 24
2.22.1 1.28
9. 4. O. 2
25.40
26.47
15-15
‘15.54
83
B 84
1.17.11.33
7.29. 0. 8
32.27
33-44
54- 59
55- 39
25
2 6
3-i5.i7.II
9.26.34.19
27.54
29. 1
16.34
17.14
85
86
2.10.17.17
8.21.34.25
34- 51
35- 58
56.19
56-58
27
B 28
4- 7-51.28
IO.I9.40. 3
30. 8
31.15
17.53
18-3 3
87
b 88:
3. 2.51.33
9.14.40. 9
37- 5
38- 12
57.38
58-18
29
3°
5. 0.57.12
I I.i2.T4.ro
32.22
33.29
19-13
1953
89j|. 3.25.57.18
9o|:Io. 7.14.26
39-19
40.26
58-58
0. 0.59.37
3i
B 32
5.23.31.29
O. 5.20. 3
34-35
35.42
20.32
21.12
91
B 92
4-I8-3I-34
11. 0,20. 9
41.32
42.39
0. 1. 0.17
1.27
33
34-
6.16.37.I2
0.27.54.20
36.49
37*56
21.52
22.32
93
94
5-ii.37.i8
11.22.54.26
43.46
44-53
*-37
2.16
35
B 36
7. 9.II.29
1.2 I. O. 4
39- 3
40.10
23.11
23.51
& 96
6. 4.11.34
0.16. 0.10
46. 0
47- 7
2.56
3.36
37
38
8. 2.17.12
2,13.34.20
41.17
42.24
24.31
25.11
97
98
6.27.17.19
1. 8.34-27
48.14
49.21
4.16
4-55
39
B 40
8.24.51.29
3. 6.40. 4
43-31
44.38
25.50
26.30
99
B IOO
7.19.51.35
2. 1.40,10
50.28
0. 1-51.55
5-35
0. 1. 6.15
41
42
9.17.57.13
3.29.14.21
4545
46.52
27-10
27.50
2oo
300
4. 3.20.20
6. 5. 0.29
0. 3-43. 9:
5.34.44
0. 2.12.29
3-18-44
43
B 44
10.10.31.30
4.22.20. 4
47-59
49. 6
28.29
29. 9
400
500
8- 6.40.39
10. 8-20.49
7-26.18!! 4-24.58
9-17.53 1 5.31.13
45
46
11. 3-37.13
5.14.54.21
50.13
51.20
29-49
30.28
600
700
0,10. 0.59
2. 1.41. 9
0.11. 9.28 ;
13. 1. 2
6.37.27
7-43-42
47
B 48
11.26.11.30
6. 8. 0. 5
52,27
53-34
31. 8
‘ 31-48
800
900
4.13.21.18
6.15. 1.28
14.52.36
16.44,11
8.49.56
9.56.11
49
5°
0.19.17-14
7. 0.34.22
54.41
5548
32.28
33- 7
I OOO
20 0 0
8.16.41.38
5. 3.23.16
0.18.35.46
1. 7-11.32
0.11, 2.25
0.22. 4.50
5i
B 52
1.11.51.30
7.23.40. 5
56.54
58- 1
3 347
34.27
3000
4000
1.20. 4.55
10. 6.46.33
1.25.47.18
2.14.23. 4
1. 3. 7-15
1.14. 9.40
53
54
2. 4.57.14
8.16.14.22
0. 0.59. 8
0. 1. 0.15
35- l
3546
5000
6000
6,23.28.11
3.10. 9.49
3> 2.58.50
3.21.34.37
1.25.12. 5
2. 6.14.30
55
B 56
2.27-31.31
9. 9.20. 6
1,22
2.29
35.26
37. 6
7000
8000
11.26.51.27
8.13.33. 5
4.10.10.23
4.28.46. 9
2.17.16.55
2.18.19-20
57
58
3.20.37.15
10. I.54.23
2.36
443
3746
38-25
9000
Ioooo
5* o*i
1.16.56.22
5.17,21.56
6, 5,5742
3- 9-2I-45
3.20.24.10
55
B 6c
4.13.II.31
10.25. 0. 6
5.50
0. 1. 6.57
39- 5
0. 0.39.45
I Iooo
12000
10.3.38.0
6.20.19.38
6.24.33,28
7.13. 9.14
4. 1.26.35
4.12.29. 0
1
H ? TatvEq.
